PHYSICA D - Nonlinear Phenomena: Research Scope in Nonlinear Science and Complex Systems

PHYSICA D - Nonlinear Phenomena is a journal focused on the various aspects of nonlinear science and complex systems. The journal's scope encompasses a broad range of research areas, including but not limited to:

1. 'Nonlinear Dynamics': Investigating the evolution, dynamic behavior, stability, and chaotic phenomena of nonlinear systems.

2. 'Complex Networks': Studying the topological structure, dynamic behavior, synchronization, control, and dynamic processes within complex networks.

3. 'Nonlinear Wave Phenomena': Exploring the generation, propagation, interaction, and regulation of nonlinear waves.

4. 'Nonlinear Oscillations and Wave Phenomena': Researching the generation, propagation, regulation, and applications of nonlinear oscillations and waves.

5. 'Nonlinear Optics': Investigating nonlinear optical phenomena, the nonlinear characteristics of optical materials, and the design and applications of optical devices.

6. 'Modeling and Analysis of Complex Systems': Studying modeling methodologies, analytical techniques, and the characteristics of complex systems.

7. 'Applications of Nonlinear Phenomena': Exploring the applications of nonlinear phenomena in various fields such as physics, biology, chemistry, and engineering, including chaotic communication, nonlinear control, and nonlinear optimization.

Overall, PHYSICA D - Nonlinear Phenomena is dedicated to promoting research and exchange in all aspects of nonlinear science and complex systems.